TWM592573U - Online management engineering assessment system - Google Patents

Abstract

An online management engineering assessment system, which includes: a cloud server and at least one assessment end device, wherein the at least one assessment end device is coupled to the cloud server via the Internet; the cloud server has a A database, the database has at least one engineering system to be evaluated and at least one engineering drawing, the at least one engineering system to be evaluated includes at least one project to be evaluated; the at least one evaluation terminal device has an evaluation application, and the at least one evaluation terminal The device downloads the at least one item to be evaluated and the engineering drawing from the database; the at least one device to be evaluated is operated by an appraiser who records the at least one item to be appraised as qualified or unqualified; the app The program calculates an unqualified rate based on the number of qualified and unqualified items to be evaluated. The at least one evaluation device sends the unqualified rate to the cloud server; the cloud server uses the unqualified rate to The multiple alert levels distinguish the assessment result message, and then the cloud server sends the alert level to the administrator.

Description

Online management engineering assessment system

This creation department is related to the field of network engineering assessment technology, especially an online management engineering assessment system.

In terms of the content of the construction project completion acceptance, it can be divided into engineering data acceptance and engineering content acceptance. The engineering data acceptance includes engineering technical information, engineering comprehensive information and engineering financial information; and the engineering content acceptance includes construction engineering acceptance and installation engineering acceptance Among them, construction engineering acceptance and installation engineering acceptance include many engineering systems, such as: RC embedded, electrical, weak current, water supply and drainage, fire protection, etc., and each engineering system includes sub-systems, for example: weak current system includes Telecommunication system, optical fiber, CATV, mobile system, lightning protection system, etc., each sub-system has its assessment items and related materials.

The conventional appraisal operation method is to use the appraisal staff to hold the relevant data of the entity, and compare the on-site completion status. However, holding such a large amount of data will definitely cause inconvenience to the appraisers' work, and the work of sorting out the appraisal results is complicated and cannot be reported immediately The results are given to the managers, delaying the assessment process.

The main purpose of this creation is to provide an online management engineering assessment system. When the assessment personnel perform the acceptance operation at the construction site, the mobile device coupled to the cloud server through the Internet can download the assessment personnel’s assessment in real time. Relevant information of the project, and the acceptance results can be recorded on the mobile device.

Another purpose of this creation is to provide an online management project assessment system. In addition to downloading information and recording results, it can also send warning messages to managers based on the failure rate of the assessment results, so that managers can understand the results of the project.

；該至少一考核端裝置執行該考核應用程式而藉由網際網路發出一考核結果訊息至該雲端伺服器；該考核結果訊息至少包含該工程圖、該至少一待考核項目、合格及不合格的該至少一待考核項目以及該至少一待考核工程系統的該不合格率；該雲端伺服器依據該不合格率，以一預定百分比範圍作為級距所形成的複數警示等級區分該考核結果訊息，而後該雲端伺服器向該至少一待考核工程系統所對應的管理者發出一警示訊息；該警示訊息至少包含該考核結果訊息所屬之該警示等級以及該考核結果訊息。 In order to achieve the above purpose, the author provides an online management engineering evaluation system, which is evaluated through the Internet. The system includes: a cloud server and at least one evaluation device, wherein the at least one evaluation device is through the Internet The network is coupled to the cloud server; the cloud server has a database with at least one engineering system to be evaluated and at least one engineering drawing; wherein the at least one engineering system to be evaluated includes at least one project to be evaluated , The at least one engineering drawing corresponds to the at least one engineering system to be assessed; the at least one assessment-end device has an assessment application for the at least one assessment-end device to execute, and the at least one assessment-end device executes the assessment application and Download the at least one item to be evaluated and the engineering drawing from the database via the Internet, and display the at least one item to be evaluated and the engineering drawing on the at least one evaluation end device; wherein, the at least one evaluation end device is Is operated by an appraisal person, and the appraisal person judges whether the at least one appraisal item is qualified or not based on the at least one appraisal item and the engineering drawing displayed on the at least one appraisal terminal device and the engineering drawings, and Record the at least one item to be evaluated as qualified or unqualified; the evaluation application calculates an unqualified rate of the at least one engineering system to be evaluated based on the number of qualified and unqualified items of the at least one to be evaluated, using a formula, The formula is:

; The at least one assessment device executes the assessment application and sends an assessment result message to the cloud server via the Internet; the assessment result message includes at least the engineering drawing, the at least one item to be assessed, qualified and unqualified The at least one item to be evaluated and the non-conformance rate of the at least one to-be-evaluated engineering system; the cloud server distinguishes the assessment result message based on a plurality of warning levels formed by a predetermined percentage range as a grade distance according to the non-conformity rate Then, the cloud server sends a warning message to the manager corresponding to the at least one engineering system to be evaluated; the warning message includes at least the warning level to which the assessment result message belongs and the assessment result message.

Preferably, the number of the at least one evaluation end device, the at least one engineering system to be evaluated and the at least one engineering drawing are plural, and the engineering system corresponds to the engineering drawing without repeating, and the plural assessment end device Each having the assessment application program, the plurality of assessment end devices executing the assessment application program downloads the at least one item to be assessed and the plurality of engineering drawings from the database via the Internet.

Preferably, the plural assessment terminal device has an identification code, and the identification code corresponds to an engineering system to be evaluated, and the cloud server opens the corresponding to the engineering code to be evaluated corresponding to the identification code according to the identification code The at least one item to be evaluated and the plurality of engineering drawings are provided for downloading by the plurality of evaluation end devices.

Preferably, the plurality of engineering systems to be evaluated form at least one engineering system group to be evaluated.

Preferably, the at least one engineering system group to be evaluated has an engineering case number, and the cloud server opens the engineering system group to be evaluated corresponding to the engineering case number and the identification code according to the engineering case number and the identification code The at least one project to be evaluated and the plurality of engineering drawings corresponding to the engineering system to be evaluated are provided for downloading by the plurality of assessment end devices.

In order to explain in detail the structure and characteristics of this creation, here are the following preferred embodiments and the following description with the drawings, in which:

As shown in FIGS. 1 to 4, an online management engineering assessment system 10 provided by the first preferred embodiment of the present creation is assessed through the Internet. The system is mainly composed of a cloud server 11 and an assessment device Composed of 21 of which:

The cloud server 11 is composed of more than one computer server. The assessment device 21 is coupled to the cloud server 11 via the Internet. In addition, the assessment device 21 is operated by an assessment person. In actual implementation, the assessment device 21 refers to mobile devices such as the examiner's mobile phone and laptop.

The cloud server 11 has a database 12 with an engineering system 13 to be evaluated and an engineering drawing 14. Wherein, the engineering system 13 to be evaluated includes a project 131 to be evaluated, and the engineering system 13 to be evaluated corresponds to the engineering drawing 14. In actual implementation, the engineering system 13 to be evaluated refers to a predetermined engineering system category, such as: electrical systems, emergency power systems, lighting systems, etc.

The assessment device 21 has an assessment application 22 for the assessment device 21 to execute. The assessment device 21 executes the assessment application 22 and downloads the item to be assessed 131 and the test item from the database 12 via the Internet The engineering drawing 14 shows the project to be evaluated 131 and the engineering drawing 14 on the assessment device 21. In actual implementation, the assessment device 21 can display the project to be assessed 131 and the engineering drawing 14 on one screen at the same time, or can be displayed on two screens separately. The assessment personnel can review the project to be assessed 131 and by switching the screen The engineering drawing 14.

Among them, the appraisal personnel judges whether the appraisal item 131 is qualified or not according to the project site 131 and the engineering drawing 14 displayed on the appraisal terminal device 21, and records the appraisal item 131 as Pass or fail. In actual implementation, the assessment device 21 displays a button icon (not marked in the figure) at the same time as displaying the item to be assessed 131 for the assessment personnel to conveniently record whether the item to be assessed 131 is qualified or unqualified.

；該考核端裝置21執行該考核應用程式22而藉由網際網路發出一考核結果訊息31至該雲端伺服器11；該考核結果訊息31至少包含該工程圖14、該待考核項目131、合格及不合格的該待考核項目131以及該待考核工程系統13的該不合格率（圖中未標）。 The assessment application 22 calculates an unqualified rate (not marked in the figure) of the engineering system 13 to be evaluated based on the number of qualified and unqualified items to be evaluated 131 with a formula, the formula is:

The assessment device 21 executes the assessment application 22 and sends an assessment result message 31 to the cloud server 11 via the Internet; the assessment result message 31 includes at least the engineering drawing 14, the project to be assessed 131, and qualified And the unqualified project to be evaluated 131 and the unqualified rate of the engineering system to be evaluated 13 (not marked in the figure).

The cloud server 11 distinguishes the assessment result message 31 with a plurality of warning levels (not marked in the figure) formed by a predetermined percentage range as the step distance according to the failure rate (not marked in the figure), and then, the cloud server 11 A warning message 41 is sent to a manager corresponding to the engineering system 13 to be evaluated; the warning message 41 includes at least the warning level (not marked in the figure) to which the assessment result message 31 belongs and the assessment result message 31. In the first preferred embodiment, in actual implementation, the predetermined percentage range can be set according to actual needs. For example, the value of the non-conformance rate (not marked in the figure) is 0%~10%, and the warning level (figure (Unmarked) is set to grade A; the value of the unqualified rate (unmarked in the figure) is 10% to 20%, and the warning level (unmarked in the figure) is set to grade B; the unqualified rate (picture The value of (unmarked) is between 20% and 30%. The warning level (unmarked in the figure) is set to level C, and so on, or other proportions. In addition, after receiving the warning message 41, the manager can be used as a basis for the subsequent processing flow in the future.

The system architecture of the first preferred embodiment has been described above, and the usage status of the first preferred embodiment will be described next. Among them, when using, it is done by Internet coupling, so the following description will skip the Internet connection description, making the focus of the description more clear.

As shown in FIG. 4 and FIG. 2, before the assessment by the assessment personnel, the cloud server 11 must first store the project to be assessed 131 included in the engineering system to be assessed 13 and the project corresponding to the engineering system 13 to be assessed Figure 14. At this point, the preparatory actions for the appraisal personnel are completed.

When the appraisal personnel want to conduct appraisal, the appraisal-end device 21 downloads the item to be appraised 131 and the engineering drawing 14 on the cloud server 11 and displays it on the appraisal-end device 21, and then, according to the item to be appraised 131 and the engineering drawing 14, according to the actual situation of the project site, determine whether the project to be evaluated 131 is qualified, and the button icon corresponding to the project to be tested 131 displayed on the assessment device 21 (not marked in the figure) ) Select and record the item 131 to be evaluated as qualified or unqualified.

After the appraisal of the appraisal personnel is completed, the app app 22 calculates the unqualified rate (not marked in the figure) of the engineering system 13 to be appraised based on the number of qualified and unqualified items to be appraised 131, and issues the appraisal result Message 31 to the cloud server 11. The evaluation result message 31 includes at least the engineering drawing 14, the item to be evaluated 131, the qualified and unqualified item to be evaluated 131, and the unqualified rate of the engineering system to be evaluated 13 (not marked in the figure). Then, the cloud server 11 determines the warning level (not marked in the figure) to which the failure rate (not marked in the figure) belongs, and sends the warning message 41 to the manager, the warning message 41 contains at least the assessment result The warning level to which the message 31 belongs (not marked in the figure) and the assessment result message 31. In addition, the warning message 41 can be used as a basis for subsequent processing procedures in the future.

In this way, when the appraisal personnel want to perform the acceptance operation on the construction site, they can download the relevant information of the project that the appraisal personnel want to appraise through the appraisal terminal device 21, and the appraisal results can be performed on the appraisal terminal device 21 In addition, after the completion of the acceptance operation, the warning message 41 can also be sent to the manager according to the non-conformity rate (not marked in the figure), so that the manager can understand the results of the project.

Please refer to FIG. 5 to FIG. 6 again, an online management engineering assessment system 50 provided by the second preferred embodiment of this creation is mainly the same as the first preferred embodiment disclosed above, except for:

The number of the evaluation end device 21, the engineering system to be evaluated 13 and the engineering drawing 14 are plural, one engineering system 13 to be evaluated corresponds to one engineering drawing 14 without repeating, and the plural engineering system 13 to be evaluated An engineering system group 51 to be evaluated, the plurality of assessment-side devices 21 each have the assessment application 22, and the plurality of assessment-side devices 21 execute the assessment application 22 to download the project-to-be-tested 131 from the database 12 via the Internet And the plural engineering drawing 14.

Wherein, the plural assessment terminal device 21 has an identification code 52, and the identification code 52 corresponds to the engineering system 13 to be evaluated, and the cloud server 11 opens the corresponding to the identification code 52 according to the identification code 52 The project to be evaluated 131 and the plurality of engineering drawings 14 of the engineering system to be evaluated 13 are provided for downloading by the plurality of assessment end devices 21.

In addition, the engineering system group 51 to be evaluated has an engineering case number 511, and the cloud server 11 opens the engineering system group 51 to be evaluated corresponding to the engineering case number 511 according to the engineering case number 511 and the identification code 52 and The item to be evaluated 131 of the engineering system to be evaluated 13 and the plurality of engineering drawings 14 corresponding to the identification code 52 are provided for downloading by the plurality of evaluation end devices 21.

Next, the usage status of the second preferred embodiment will be described.

As shown in FIG. 5 to FIG. 6, when the appraisal personnel want to make an appraisal, enter the project case number 511 corresponding to the engineering system group 51 to be appraised in the appraisal end device 21 of the plural number, when the appraisal end device 21 When downloading the project to be evaluated 131 and the engineering drawing 14 from the database 12, the cloud server 11 will open the project to be evaluated corresponding to the project number 511 according to the identification code 52 and the project number 511 The system group 51 and the to-be-tested project 131 and the plurality of engineering drawings 14 of the to-be-tested engineering system 13 corresponding to the identification code 52 are provided for downloading by the plurality of assessment end devices 21.

As can be seen from the above, the database 12 can simultaneously store different multiple engineering systems 13 to be evaluated for download by the multiple appraisers. In addition, the cloud server 11 can use the identification code 52 and the project case number 511 Set authority, for example, according to different departments, only open the project to be evaluated 131 and the engineering system to be evaluated 13 that are in the engineering system group 51 to be evaluated corresponding to the department, the specific engineering system 13 to be evaluated The corresponding engineering drawing 14 is available for downloading, by which the system can limit and manage the downloading of data, and improve the confidentiality of the data.

The rest of the composition, usage, and achievable effects of the second preferred embodiment are the same as the first preferred embodiment disclosed above, and will not be described in detail.

Please refer to FIG. 7 again. An online management engineering assessment system 60 provided by the third preferred embodiment of this creation is mainly the same as the second preferred embodiment disclosed above, except for:

The number of the project to be evaluated 131 and the engineering system group to be evaluated 51 is plural, the plural engineering system to be evaluated 13 constitutes the plural engineering system group to be evaluated 51, and the plural engineering system 13 to be evaluated includes the plural project to be evaluated respectively 131, the plural assessment end device 21 executes the assessment application 22 to download the plural items to be assessed 131 and the plural engineering drawing 14 from the database 12 via the Internet.

In the third preferred embodiment, the plurality of system systems 51 to be evaluated can be regarded as the plurality of "engineering systems" described in the prior art; and the plurality of engineering systems 13 to be evaluated can be regarded as the plurality of "engineering systems" described in the prior art "Subsystem", the plural engineering system groups 51 to be evaluated can be used to distinguish the plural engineering systems 13 to be evaluated according to the professional category, for example: telecommunications (subsystem), optical fiber (subsystem) and CATV in the weak current system (engineering system) (Subsystem)... etc.; water supply and drainage (subsystem), sanitary equipment (subsystem) and rainwater recovery system (subsystem) in the water supply and drainage system (engineering system)... etc. The organizational structure for storing relevant data of the engineering system can be clearer, which is helpful for data access and interpretation of assessment results.

The remaining components, usage methods and achievable effects of the third preferred embodiment are the same as those of the second preferred embodiment disclosed above, and will not be repeated here.

10: Online management engineering assessment system 11: Cloud server 12: Database 13: Engineering system to be evaluated 131: Items to be evaluated 14: Engineering drawing 21: Appraisal device 22: Assessment app 31: Assessment result message 41: Warning message 50: Online management engineering assessment system 51: Engineering system group to be evaluated 511: Engineering case number 52: Identification code 60: Online management engineering assessment system

FIG. 1 is a system architecture diagram of the first preferred embodiment of this creation. FIG. 2 is a detailed system architecture diagram of the first preferred embodiment of this creation, showing a more detailed architecture. FIG. 3 is a system architecture diagram of the first preferred embodiment of the author, showing the download relationship of the assessment device. FIG. 4 is a usage state diagram of the first preferred embodiment of this creation. FIG. 5 is a detailed system architecture diagram of the second preferred embodiment of this creation, showing the detailed architecture of the system. FIG. 6 is a usage state diagram of the second preferred embodiment of this creation. FIG. 7 is a detailed system architecture diagram of the third preferred embodiment of this creation, showing the detailed architecture of the system.

11: Cloud server

131: Items to be evaluated

14: Engineering drawing

21: Appraisal device

31: Assessment result message

41: Warning message

Claims (5)

An online management engineering evaluation system, which is evaluated through the Internet, includes: a cloud server and at least one evaluation device, wherein the at least one evaluation device is coupled to the cloud server via the Internet The cloud server has a database with at least one engineering system to be evaluated and at least one engineering drawing; wherein the at least one engineering system to be evaluated includes at least one project to be evaluated, and the at least one engineering drawing corresponds to In the at least one engineering system to be evaluated; the at least one evaluation device has an evaluation application for the at least one evaluation device to execute, and the at least one evaluation device executes the evaluation application from the data via the Internet The library downloads the at least one item to be evaluated and the engineering drawing, and displays the at least one item to be evaluated and the engineering drawing on the at least one evaluation device; wherein, the at least one evaluation device is operated by an evaluation person, and The appraisal personnel judges whether the at least one item to be evaluated is qualified or not based on the at least one item to be evaluated and the engineering drawing displayed on the at least one appraisal end device, and records the at least one item to be evaluated Is qualified or unqualified; the assessment application calculates an unqualified rate of the at least one engineering system to be evaluated based on the number of qualified and unqualified at least one project to be evaluated with a formula, the formula is:

; The at least one assessment end device executes the assessment application and sends an assessment result message to the cloud server via the Internet; the assessment result message includes at least the engineering drawing, the at least one project to be assessed, qualified and unqualified The at least one item to be evaluated and the non-conformance rate of the at least one to-be-evaluated engineering system; the cloud server distinguishes the assessment result message based on a plurality of warning levels formed by a predetermined percentage range as a grade distance according to the non-conformity rate Then, the cloud server sends a warning message to the manager corresponding to the at least one engineering system to be evaluated; the warning message includes at least the warning level to which the assessment result message belongs and the assessment result message. The online management engineering assessment system as described in item 1 of the patent application scope, wherein: the number of the at least one assessment end device, the at least one engineering system to be assessed and the at least one engineering drawing are plural, and the engineering system is not repeated Corresponds to the engineering drawing, and the plurality of assessment end devices respectively have the assessment application, and the plurality of assessment end devices execute the assessment application by downloading the at least one item to be assessed and the plurality from the database through the Internet Drawings. The online management engineering assessment system as described in item 2 of the patent application scope, wherein: the plural assessment end device has an identification code, and the identification code corresponds to an engineering system to be assessed, and the cloud server is based on the identification code , The at least one item to be evaluated and the plurality of engineering drawings of the engineering system to be evaluated corresponding to the identification code are opened for downloading by the plurality of evaluation end devices. The online management engineering assessment system as described in item 3 of the patent application scope, wherein: the plurality of engineering systems to be evaluated constitute at least one engineering system group to be evaluated. The online management engineering assessment system as described in item 4 of the patent application scope, wherein: the at least one engineering system group to be assessed has an engineering case number, and the cloud server opens the engineering case based on the engineering case number and the identification code The at least one project to be evaluated and the plurality of engineering drawings of the engineering system group to be evaluated corresponding to the number and the engineering system to be evaluated corresponding to the identification code are for downloading by the plurality of assessment end devices.

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